Document stream operating system with document organizing and display facilities

1. A stream-based operating system utilizing subsystems from another operating system running a computer, comprising:

a document organizing facility receiving documents created by diverse applications in diverse formats specific to the respective applications;

said document organizing facility automatically associating respective selected indicators with the received documents, automatically archiving the documents and indicators in consistent format for selective retrieval, and automatically creating information specifying respective glance views of said documents and respective document representations of said documents;

a display facility displaying at least selected document representations as a receding, foreshortened stack of partly overlapping document representations such that only a part of each displayed document representation, after the first in the stack, is visible to the user;

said display facility further displaying a cursor or pointer and responding to user-controlled sliding without clicking of the cursor over said displayed stack to display a glance view of a document whose document representation is currently touched by the cursor or pointer; and

said stream-based operating system utilizing subsystems from said another operating system for operations including writing documents to storage media, interrupt handling and input/output.

2. A stream-based operating systems as in claim 1 in which said selected indicators are time-based.

3. A stream-based operating system as in claim 1 in which said another operating system is a Windows operating system.

4. A stream-based operating system as in claim 1 in which said another operating systems is an Apple operating system.

5. A stream-based operating system as in claim 1 in which said display of said glance view comprises an abbreviated version of the respective document.

6. A stream-based operating system as in claim 1 in which said display of a glance view comprises the first non-trivial words of the respective document resulting from header-stripping the document.

7. A stream-based operating system as in claim 1 in which said display of a glance view comprises important words, pictures, and/or sounds of the respective document resulting from complex analysis of the document.

8. A controlling operating system utilizing subsystems from another operating system running a computer, comprising:

a document organizing facility receiving documents from diverse applications in diverse formats specific to the respective applications;

said document organizing facility automatically associating selected indicators with the received documents, automatically archiving the documents and indicators in consistent format for selective retrieval, and automatically creating information specifying respective glance views of said documents and respective document representations of said documents;

a display facility displaying at least selected ones of said document representations;

said display facility further displaying a cursor or pointer and responding to user-controlled sliding without clicking of the cursor or pointer over the displayed document representations to display at least a glance view of a document whose document representation is currently touched by the cursor or pointer; and

said controlling operating system utilizing subsystems from said another operating system for operations including writing documents to storage media, interrupt handling and input/output.

9. An operating systems as in claim 8 in which said selected indicators are time-based.

10. An operating system as in claim 8 in which said display facility displays said document representations as a receding, foreshortened stack of partly overlapping document representations such that only a part each but the first document representation in the displayed stack is visible to a user.

11. A stream-based operating system as in claim 8 in which said another operating system is a Windows operating system.

12. A stream-based operating system as in claim 8 in which said another operating systems is an Apple operating system.

13. A stream-based operating system as in claim 8 in which said display of said glance view comprises an abbreviated version of the respective document.

14. A stream-based operating system as in claim 8 in which said display of a glance view comprises the first non-trivial words of the respective document resulting from header-stripping the document.

15. A stream-based operating system as in claim 8 in which said display of a glance view comprises important words, pictures, and/or sounds of the respective document resulting from complex analysis of the document.

16. A controlling operating system utilizing subsystems from another operating system running a computer, comprising:

a document organizing facility associating selected indicators with received or created documents and creating information specifying glance views of the respective documents and information specifying document representations of the respective documents;

a display facility displaying at least selected ones of said document representations;

said display facility further displaying a cursor or pointer and responding to a user sliding without clicking the cursor or pointer over a portion of a displayed document representation to display the glance view of the document whose document representation is touched by the cursor or pointer; and

said controlling operating system utilizing subsystems from said another operating system for operations including writing documents to storage media, interrupt handling and input/output.

17. An operating systems as in claim 16 in which said selected indicators are time-based.

18. An operating system as in claim 16 in which said display facility displays said document representations as a receding, foreshortened stack of partly overlapping document representations such that only a part of most document representations in the displayed stack is visible to a user.

19. An operating system as in claim 16 in which said document organizing facility receives said document in formats specific to heterogeneous applications and creates said information specifying said glance views to enable display of the glance views in a consistent format.

20. A stream-based operating system as in claim 16 in which said another operating system is a Windows operating system.

21. A stream-based operating system as in claim 16 in which said another operating systems is an Apple operating system.

22. A stream-based operating system as in claim 16 in which said display of said glance view comprises an abbreviated version of the respective document.

23. A stream-based operating system as in claim 16 in which said display of a glance view comprises the first non-trivial words of the respective document resulting from header-stripping the document.

24. A stream-based operating system as in claim 16 in which said display of a glance view comprises important words, pictures, and/or sounds of the respective document resulting from complex analysis of the document.

25. A document stream operating system utilizing subsystems from another operating system running a computer, comprising:

a document organizing facility associating chronological indicators with documents received from diverse applications in diverse formats and creating information specifying glance views of the respective documents and information specifying document representations of respective documents;

a display facility displaying at least selected ones of said document representations as a receding, foreshortened stack of partly overlapping document representations such that only a part each document representation except the first one in the displayed stack is visible to a user;

said display facility further displaying a cursor or pointer and responding to a user sliding without clicking the cursor or pointer over said displayed stack of document representations to display the glance view of the document whose document representation is currently touched by the cursor; and

said document stream operating system utilizing subsystems from said another operating system for operations including writing documents to storage media, interrupt handling and input/output.

26. A document operating system as in claim 25 in which said document organizing facility associates said chronological indicators with documents at the time of receipt or creation of said documents without requiring a user to name the documents.

27. A stream-based operating system as in claim 25 in which said another operating system is a Windows operating system.

28. A stream-based operating system as in claim 25 in which said another operating systems is an Apple operating system.

29. A stream-based operating system as in claim 25 in which said display of said glance view comprises an abbreviated version of the respective document.

30. A stream-based operating system as in claim 25 in which said display of a glance view comprises the first non-trivial words of the respective document resulting from header-stripping the document.

31. A stream-based operating system as in claim 25 in which said display of a glance view comprises important words, pictures, and/or sounds of the respective document resulting from complex analysis of the document.

32. A method of displaying heterogenous documents from different applications in a receding, foreshortened stack of selected document representations of said documents and providing a set of commands applicable to the document representations in the stack, comprising:

first displaying document representations of said documents received from different applications as a receding, foreshortened stack of partly overlapping document representations such that only a part of each of most document representations in the displayed stack is visible to the user;

said stack being in a time order related to respective time-based indicators automatically associated with the documents at the time of receipt or creation thereof;

subsequently, while displaying the stack of document representations, responding automatically to touching a document representation in the stack with a user-operated cursor or pointer, without further action by the user, to display separately from the displayed stack of document representations, a glance view of the document whose document representation is currently touched by the cursor or pointer, said glance view being displayed while the displayed stack of document representations remains visible; and

concurrently with displaying said glance view, displaying in the same display a set of command buttons, said command buttons being responsive to user clicks to cause respective operations to be performed on the document whose glance view is displayed at the time.

33. A method as in claim 32 in which said displaying of document representations comprises displaying at least the top line of each document whose document representation is displayed in the stack.

34. A method as in claim 32 including visually identifying attributes of selected documents in the displayed stack of document representations by markings that are visible in the displayed stack, each marking being common to a class of documents.

35. A method as in claim 34 in which said markings comprise coloring of visible portions of selected document representations in the stack.

36. A method as in claim 35 in which said coloring comprises providing selected document representations in the displayed stack with borders of at least one selected color.

37. A stream-based operating system as in claim 32 in which said display of said glance view comprises an abbreviated version of the respective document.

38. A stream-based operating system as in claim 32 in which said display of a glance view comprises the first non-trivial words of the respective document resulting from header-stripping the document.

39. A stream-based operating system as in claim 32 in which said display of a glance view comprises important words, pictures, and/or sounds of the respective document resulting from complex analysis of the document.